Ultrasonic Sensor UCC*-50GK

Benefits

Easy Integration without a PLC

The UCC*-50GK ultrasonic sensor can be integrated into an application without a PLC. Easily incorporate it into your engineering environment via UART, LIN-Bus or PWM.

Low-Energy for Wireless Operation

Equipped with a power-save mode and optimized for battery operation, the UCC*-50GK ultrasonic sensor is ready-made for wireless communication where longer operation times are essential.

As Versatile as a Multi-Tool

The UCC*-50GK’s sound cone and three pre-stored sound profiles ensure it performs well in confined spaces and enable use in virtually any application scenario. You enjoy greater flexibility.

In-House Quality You Can Rely On

The UCC*-50GK ultrasonic sensor was developed and produced by Pepperl+Fuchs and attests to our unique expertise and decades of application experience.

360° View

Application Ideas ...

Water and Wastewater Treatment

Harsh outdoor conditions, moisture, and dirt: water and wastewater treatment present a serious challenge for most sensors. The UCC*-50GK, however, is equipped for a variety of applications in this sector with an IP66/67 rating and a PTFE protective film that prevents contaminants from adhering to the transducer. Fill levels in sand traps, clarification tanks, and digestion towers can be detected by this durable sensor with a wide ambient temperature range (-25 °C … +70 °C) and temperature compensation.

Silos

When it comes to material storage, building industries and agricultural operations benefit from the UCC*-50GK. The robust and versatile sensor is ideally suited for monitoring silos containing cement, gravel, sand or grains, animal feed, and mineral nutrients. Three unique beam patterns combined with a wide sensing range of up to 4 m give users the flexibility to adapt to every possible space constraint within their silos. Aggressive materials do not affect the transducer as it is shielded by a protective PTFE film.

Recycling and Waste Containers

From plastic, glass, paper, or residual waste containers to compactors—the UCC*50-GK enables smarter and more efficient waste management processes. A compact, threaded housing design allows the UCC*-50GK to be easily mounted in confined containers, while three unique beam patterns ensure precise sensing in these tight spaces. What’s more, with a power save mode and standby function, operating times become even longer. The sensors are also suitable for solar- and battery-powered systems.

Services Bots and Small AGVs

Smaller automated guided vehicles (AGVs) like cleaning and feeding robots can be equipped with UCC*-50GK ultrasonic sensors—establishing cost-effective collision detection. With their compact housing dimensions, the sensors can easily be integrated into such AGVs. Contaminants, which cleaning and feeding robots are constantly exposed to, cannot adhere to the PTFE protected transducer. Both indoor and outdoor usage is possible due to a wide temperature range and integrated temperature compensation.

What's Your Application?

As our examples show, the UCC*50-GK is designed for an abundance of application scenarios. Use the form at the end of this page to contact us regarding YOUR specific application requirements! More inspiration on how to apply the UCC*-50GK awaits you in the next section of this page …

… Become Reality

The UCC*-50GK Is the Foundation for a Sophisticated IoT Sensor ...

UCC*-50GK

IoT Sensor

The series UCC*-50GK ultrasonic sensors can be used for a variety of purposes. Here, they were combined with other hardware components to make a true IoT sensor—capable of submitting fill levels and various other data.

… Enabling Smart Waste Management in the City of Heidelberg

This IoT sensor, based on the UCC*-50GK series, is now used in the tradition-rich city of Heidelberg, Germany, where an innovative smart waste management system is being implemented. The solution also uses SAP IoT software and a low range wide area network (LoRaWAN).

Our digital magazine features a story that covers all aspects of the project.

Read the story